ScholarWorks@Hanyang University: Kim, Young Hoon

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Kim, Young Hoon (김영훈)

COLLEGE OF ENGINEERING (DEPARTMENT OF ENERGY ENGINEERING)

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Tel 02-2220-2393
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lightemitting diodes:7||Lightemitting diodes:3||formamidinium lead bromide:3||exciton quenching:2||nextgeneration emitters:2||organic lightemitting diodes:2||organicinorganic hybrid perovskites:2||electroluminescence efficiency:2||graphene:2||quasi2D perovskite:2||lifetime:2||chiral ligands:2||circularly polarized luminescence:2||stability:2||Luminescence  efficiency:1||Luminescence efficiency:1||Luminous efficiency:1||Nanoparticle:1||Nearinfrared:1||Organicinorganic halide perovskite:1||Organicinorganic hybrid perovskites:1||Organicinorganic perovskite:1||Perovskite light emitting diodes:1||Perovskite lightemitting diodes:1||Perovskite nanoparticle film:1||Photoluminescence mechanism:1||Polycrystalline perovskite film:1||Rec. 2020:1||Thermal treatment:1||UV detection:1||Ultrafast spectroscopy:1||Work function:1||Xray scintillators:1||acidity control:1||alternative emitters:1||artificial retina:1||artificial synapses:1||ation hybridization:1||barrier:1||bioimaging probescarbon nitridesfluorescencein vivo imaging:1||bulk films:1||capacitancevoltage:1||carbon nitrides:1||carrier transport:1||chargecarrier recombination:1||chiral transfer mechanism:1||circularly polarized light detector:1||colloidal nanocrystals:1||colloidal perovskite nanocrystals:1||composition control:1||crosslinking:1||crystal structure:1||decomposition:1||defect healingorganic–inorganic hybrid perovskite nanoparticles:1||degradation:1||degradation mechanism:1||density functional theory simulations:1||device lifetime:1||device physics:1||dielectric quantum wells:1||display technology:1||efficient hole injection:1||electroluminescence:1||electroplating:1||exciton confinement:1||flexible lamination encapsulation:1||frohlich model:1||halide perovskites:1||hole injection layer:1||hole injection material:1||ion diffusion:1||largearea displays:1||lasers:1||lattice distortion:1||leadhalide perovskite:1||longterm stability:1||luminescence quenching:1||metal halide perovskites:1||metalhalide perovskite:1||mixed host:1||nanocrystal orientation:1||nanocrystal pinning:1||nanocrystals:1||neuromorphic electronics:1||neuromorphic memory:1||neutralization:1||nondestructive analysis:1||on migration:1||passivation:1||perovskite:1||perovskite lightemitting diode:1||perovskite nanocrystal:1||perovskite nanoparticle:1||perovskite synapses:1||photoluminescence  decay:1||photoluminescence application:1||photoluminescence quantum efficiency:1||photonic synapses:1||polaron:1||polymer light emitting diodes (PLED):1||printing:1||quantum size:1||silver nanowire:1||simple structure:1||single crystals:1||solution process:1||structural modulation:1||synaptic devices:1||thermal treatment:1||timeresolved spectroscopy:1||transient electroluminescence:1||transparent electrode:1||twodimensional materials:1||ultrapure green:1||water vapor transmission rate (WVTR):1||Asite cations:1||wide color gamut:1||Additive:1||Carbon dot:1||Charge carrier confinement:1||Charge injection:1||Colloidal 2D perovskites:1||Crystallinity:1||Defect healing effect:1||Electricfieldinduced metal doping treatment:1||Electron injection efficiency:1||Energy structure:1||Exciton quenching:1||Formamidinium lead bromide:1||Hole injection:1||

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